CN208097906U - A kind of mud filter for electric porcelain production - Google Patents
A kind of mud filter for electric porcelain production Download PDFInfo
- Publication number
- CN208097906U CN208097906U CN201721665203.8U CN201721665203U CN208097906U CN 208097906 U CN208097906 U CN 208097906U CN 201721665203 U CN201721665203 U CN 201721665203U CN 208097906 U CN208097906 U CN 208097906U
- Authority
- CN
- China
- Prior art keywords
- cabinet
- discharge port
- mud
- fillter section
- electric porcelain
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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- Treatment Of Sludge (AREA)
- Filtration Of Liquid (AREA)
Abstract
The utility model discloses a kind of mud filters for electric porcelain production, belong to electric porcelain production apparatus field.A kind of mud filter for electric porcelain production includes cabinet and top cover, the first discharge port around wall box one week is provided on the side wall of cabinet, the bottom of cabinet is provided with cricoid second discharge port, third discharge port is provided among the bottom of cabinet, the first filter screen is provided in cabinet, first filter screen includes sequentially connected first fillter section, second fillter section and third fillter section, it is provided with the magnetic filter element of cylindrical shape in first filter screen and is set to the shaft at magnetic filter element center, stirring blade is provided in shaft, the feed inlet being arranged symmetrically about shaft is provided on top cover, the maximum distance of two feed inlets is less than the diameter of magnetic filter element.A kind of mud filter for electric porcelain production disclosed by the utility model, can be realized the filtering to iron filings in mud and other impurities, and the rate of filtration is fast, improves the quality of mud.
Description
Technical field
The utility model relates to electric porcelain production apparatus fields, and in particular to a kind of filtering slurry for electric porcelain production is set
It is standby.
Background technique
During electric porcelain production, mud itself may be with particles such as iron filings, it is also possible in processing, transport and storage etc.
It is mixed into iron filings in the process.The presence of iron filings can not only cause the quality problems of electroceramics finished product, and sometimes to production equipment band
To damage.Therefore, mud needs to remove the iron filings wherein having before entering production link.Existing filter plant existed
Filter of poor quality, the problems such as rate of filtration is slow.
Utility model content
In order to overcome the drawbacks of the prior art, this practical technical problem to be solved is to propose a kind of raw for electroceramics
The mud filter of production can be realized the filtering to iron filings in mud and other impurities, and the rate of filtration is fast, improves the product of mud
Matter.
For this purpose, this is practical using following technical scheme：
This is practical to provide a kind of mud filter for electric porcelain production, including cabinet and is set to the cabinet top
The top cover in portion, is provided with the first discharge port on the side wall of the cabinet, first discharge port around the wall box one week,
In a ring, the bottom of the cabinet is provided with the second discharge port, second discharge port in a ring, among the bottom of the cabinet
It is provided with third discharge port；The first filter screen is provided in the cabinet, first filter screen includes the first fillter section, second
Fillter section and third fillter section, first fillter section is funnel-shaped, and diameter gradually increases on the direction close to the top cover
Greatly, the first fillter section top perimeter is fixed on the cabinet, and second fillter section is cylindrical and with described first
The connection of fillter section bottom, the third fillter section is in the form of annular discs and connect with second fillter section bottom；First filtering
It is provided with the magnetic filter element of cylindrical shape and the shaft set on the magnetic filter element center in net, is provided with stirring in the shaft
Blade, the shaft are driven by motor；Two feed inlets being arranged symmetrically about the shaft, two institutes are set on the top cover
The maximum distance for stating feed inlet is less than the diameter of the magnetic filter element.
In this practical preferable embodiment, the first diversing bucket and the second diversing bucket are cased on first filter screen,
First diversing bucket and the second diversing bucket are up-narrow and down-wide, and the relatively narrow one end of first diversing bucket is fixed on first mistake
The junction of section and second fillter section is filtered, wider one end of first diversing bucket is connect with the cabinet wall, and even
Contact is located at the lower edge of first discharge port, and the relatively narrow one end of second diversing bucket and the third fillter section periphery connect
It connects, wider one end is connect with the bottom of box, and tie point is located at the inward flange of second discharge port.
In this practical preferable embodiment, each feed inlet is communicated with a feed pipe, is arranged on the feed pipe
There are motor-driven valve and flow sensor.
In this practical preferable embodiment, the top cover sidewall and the wall box are convexly equipped with fixed part, institute
The threaded hole being provided on fixed part through the fixed part is stated, the top cover is connect by bolt with the cabinet.
In this practical preferable embodiment, first discharge port, second discharge port, the third discharge port
Place is provided with the magnet for adsorbing iron filings.
In this practical preferable embodiment, the wall box is provided with observation window.
Originally practical to have the beneficial effect that：
The mud filter for electric porcelain production of this practical offer is provided with the first filter screen in the cabinet, right
Impurity in mud other than iron impurity is filtered；It is provided with cylindric magnetic filter element in first filter screen and wears
Shaft in the magnetic filter element center, stirring blade is provided in the shaft, and the stirring action of the shaft accelerates mud
Turnover rate in the magnetic filter element increases the touch opportunity of the iron tramps and the magnetic filter element such as the iron filings in mud, mentions
High filtration effect；Two feed inlets being arranged symmetrically about the shaft are set on the top cover, and two feed inlets are most
Big distance is less than the diameter of the magnetic filter element, the filtration zone for making mud take the lead in quickly and being dispersed into the magnetic filter element
It is interior, by the magnetic filter element by the iron adsorption in mud, iron all then will be removed in mud by first filter screen
Other impurities absorption outside bits, improves the filter effect of mud；It is respectively arranged with the first discharge port on the cabinet, second goes out
Material mouth, third discharge port, so that mud after the filtering of the magnetic filter element and first filter screen, disperses from different
Discharge port flows out the cabinet, improves mud in the intracorporal turnover rate of the case, avoids being detained excessive mud in the body, no
Conducive to continuously being filtered.
Detailed description of the invention
Fig. 1 is a kind of structural schematic diagram of the mud filter for electric porcelain production provided in this practical embodiment.
In figure：
100, cabinet；101, the first discharge port；102, the second discharge port；103, third discharge port；104, the first diversion trench；
105, the second deflector chute；106, magnet；107, observation window；110, the first filter screen；111, the first fillter section；112, the second mistake
Filter section；113, third fillter section；120, magnetic filter element；130, shaft；131, motor；200, top cover；201, feed inlet；202, into
Expects pipe；203, motor-driven valve；204, flow sensor；210, fixed part；211, bolt.
Specific embodiment
Further illustrate this practical technical solution below with reference to the accompanying drawings and specific embodiments.
As shown in Figure 1, a kind of mud filter for electric porcelain production includes cabinet 100 and is set to the cabinet
The top cover 200 at 100 tops, is arranged the top cover 200 and is sealed to the cabinet 100, and the impurity such as dust is effectively prevent to enter
It inside the cabinet 100, is mixed into mud, influences the quality of mud, the first filter screen 110, institute are provided in the cabinet 100
State the magnetic filter element 120 that cylindrical shape is provided in the first filter screen 110 and the shaft set on 120 center of magnetic filter element
130, stirring blade is provided in the shaft 130, and the shaft 130 is driven by motor 131, passes through stirring for the shaft 130
Turnover rate of the mud in the magnetic filter element 120 is accelerated in the effect of mixing, and increases iron filings and the magnetic filter element 120 in mud
Touch opportunity so that iron filings are sufficiently adsorbed by the magnetic filter element 120 in mud.
First filter screen 110 includes the first fillter section 111, the second fillter section 112 and third fillter section 113, described
First fillter section 111 is funnel-shaped, and diameter is gradually increased on the direction close to the top cover 200, first fillter section
111 top perimeters are fixed on the cabinet 100, second fillter section 112 it is cylindrical and with first fillter section
The connection of 111 bottoms, the third fillter section 113 is in the form of annular discs and connect with 112 bottom of the second fillter section, by described first
Filter screen 110 is designed to surround the structure of the magnetic filter element 120, so that the mud passed through from the magnetic filter element 120 is whole
By the surface of first filter screen 110, so that mud is sufficiently filtered, the quality of mud is improved.
On the top cover 200 be arranged two feed inlets 201 being arranged symmetrically along the shaft 130, setting two described in into
Material mouth 201 makes mud quickly and in the filtration zone that is dispersed into the magnetic filter element 120, two feed inlets 201
Maximum distance is less than the diameter of the magnetic filter element 120, it is ensured that mud takes the lead in entering the magnetism from two feed inlets 201
In filter core 120, by the magnetic filter element 120 by the iron adsorption in mud, then all by first filter screen
110, the other impurities in mud outside scrap iron removing are adsorbed, the filter effect of mud is improved.
The first discharge port 101 is provided on the side wall of the cabinet 100, first discharge port 101 surrounds the cabinet
100 side walls one week, in a ring, the bottom of the cabinet 100 are provided with the second discharge port 102, and second discharge port 102 is in ring
Shape is provided with third discharge port 103 among the bottom of the cabinet 100, is provided in 3 different locations of the cabinet 100
For the first discharge port 101 for leaving the cabinet 100, the second discharge port 102, third discharge port 103 of mud, so that mud passes through
Disperse to flow out the cabinet from different discharge ports after crossing the filtering of the magnetic filter element 120 and first filter screen 110
100, turnover rate of the mud in the cabinet 100 is improved, avoids being detained excessive mud in the body, is unfavorable for carrying out continuous
Filtering.
Further, it is cased with the first diversing bucket 104 and the second diversing bucket 105 on first filter screen 110, described first
Diversing bucket 104 and the second diversing bucket 105 are up-narrow and down-wide, and the relatively narrow one end of first diversing bucket 104 is fixed on described first
The junction of fillter section 111 and second fillter section 112, wider one end of first diversing bucket 104 and the cabinet 100
Inner wall connection, and tie point is located at the lower edge of first discharge port 101, the relatively narrow one end of second diversing bucket 105 and
113 periphery of the third fillter section connection, wider one end is connect with 100 bottom of cabinet, and tie point is located at described second
The inward flange of discharge port 102；The guidance of the first diversion trench 104 is arranged to pass through from 110 top of the first filter screen and middle part
Mud flowed out from the first discharge port 101 of 100 side wall of cabinet, second diversion trench 105 guidance is set from described the
The mud that one filter screen, 110 lower part passes through is flowed out from the second discharge port 102 of 100 bottom of cabinet, so that the cabinet
100 mud orderly and is dispersedly flowed out from different discharge ports, and mud is avoided to be trapped in the cabinet 100.
Further, each feed inlet 201 is communicated with a feed pipe 202, is provided with motor-driven valve on the feed pipe 202
203 and flow sensor 204；The motor-driven valve 203 personnel easy to produce are set according to the filtering situation inside the cabinet 100
It controls whether to inject mud in the cabinet 100 at any time, is conducive to improve filter efficiency, the flow sensor 204 is set
For detecting toward the flow for injecting mud inside the cabinet 100, personnel easy to produce are according to the rate of filtration of the cabinet 100
The flow of adjustment injection mud, avoiding disposably injecting excessive mud causes filter quality poor.
Further, 200 side wall of top cover and 100 side wall of the cabinet are convexly equipped with fixed part 210, the fixed part
The threaded hole through the fixed part 210 is provided on 210, the top cover 200 is connect by bolt 211 with the cabinet 100,
It is bolted securely, and easy to disassemble, when needs carry out regular quality examination and replacement to the part inside the cabinet 100
When, producers need to only unscrew the bolt 211, remove the top cover 200.
Further, first discharge port 101, second discharge port 102, be all provided at the third discharge port 103
It is equipped with the magnet 106 for adsorbing iron filings, utilizes what is do not adsorbed by the magnetic filter element 120 in the magnet 106 absorption mud
A small amount of residual scrap iron, the iron tramps such as iron filings being effectively ensured in mud are fully absorbed.
Further, 100 side wall of cabinet is provided with observation window 107, and the cabinet is learnt in personnel's observation easy to produce
The filtering situation of 100 inside mud.
Originally practical to be described with reference to the preferred embodiments, those skilled in the art know, not departing from, this is practical
In the case where spirit and scope, various changes or equivalence replacement can be carried out to these features and embodiment.This is practical not by this
The limitation of specific embodiment disclosed in place, other embodiments fallen into claims hereof belong to this practical protection
Range.
Claims (6)
1. a kind of mud filter for electric porcelain production, it is characterised in that：
Including cabinet (100) and the top cover (200) being set at the top of the cabinet (100), set on the side wall of the cabinet (100)
It is equipped with the first discharge port (101), first discharge port (101) surrounds the cabinet (100) side wall one week, in a ring, described
The bottom of cabinet (100) is provided with the second discharge port (102), second discharge port (102) in a ring, the cabinet (100)
Bottom among be provided with third discharge port (103)；
It is provided with the first filter screen (110) in the cabinet (100), first filter screen (110) includes the first fillter section
(111), the second fillter section (112) and third fillter section (113), first fillter section (111) is funnel-shaped, and close to institute
It states diameter on the direction of top cover (200) to be gradually increased, the first fillter section (111) top perimeter is fixed on the cabinet
(100) on, second fillter section (112) is cylindrical and connect with the first fillter section (111) bottom, the third mistake
Filter section (113) is in the form of annular discs and connect with the second fillter section (112) bottom；
It is provided with cylindric magnetic filter element (120) in first filter screen (110) and is set to the magnetic filter element (120)
The shaft (130) at center, stirring blade is provided on the shaft (130), and the shaft (130) is driven by motor (131)；
On the top cover (200) be arranged two feed inlets (201) being arranged symmetrically about the shaft (130), described in two into
The maximum distance of material mouth (201) is less than the diameter of the magnetic filter element (120).
2. the mud filter according to claim 1 for electric porcelain production, it is characterised in that：
The first diversing bucket (104) and the second diversing bucket (105), first diversing bucket are cased on first filter screen (110)
(104) and the second diversing bucket (105) is up-narrow and down-wide, and the relatively narrow one end of first diversing bucket (104) is fixed on described first
The junction of fillter section (111) and second fillter section (112), wider one end of first diversing bucket (104) with it is described
The connection of cabinet (100) inner wall, and tie point is located at the lower edge of first discharge port (101), second diversing bucket (105)
Relatively narrow one end is connect with third fillter section (113) periphery, and wider one end is connect with the cabinet (100) bottom, and even
Contact is located at the inward flange of second discharge port (102).
3. the mud filter according to claim 1 for electric porcelain production, it is characterised in that：
Each feed inlet (201) is communicated with a feed pipe (202), be provided on the feed pipe (202) motor-driven valve (203) and
Flow sensor (204).
4. the mud filter according to claim 1 for electric porcelain production, it is characterised in that：
Top cover (200) side wall and the cabinet (100) side wall are convexly equipped with fixed part (210), on the fixed part (210)
It is provided with the threaded hole through the fixed part (210), the top cover (200) is connected by bolt (211) and the cabinet (100)
It connects.
5. the mud filter according to claim 1 for electric porcelain production, it is characterised in that：
First discharge port (101), second discharge port (102) are provided at the third discharge port (103) and are used for
Adsorb the magnet (106) of iron filings.
6. the mud filter according to claim 1 for electric porcelain production, it is characterised in that：
Cabinet (100) side wall is provided with observation window (107).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721665203.8U CN208097906U (en) | 2017-12-05 | 2017-12-05 | A kind of mud filter for electric porcelain production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721665203.8U CN208097906U (en) | 2017-12-05 | 2017-12-05 | A kind of mud filter for electric porcelain production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208097906U true CN208097906U (en) | 2018-11-16 |
Family
ID=64131327
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721665203.8U Expired - Fee Related CN208097906U (en) | 2017-12-05 | 2017-12-05 | A kind of mud filter for electric porcelain production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208097906U (en) |
-
2017
- 2017-12-05 CN CN201721665203.8U patent/CN208097906U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20181116 Termination date: 20201205 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |